CN110558881A

CN110558881A - Negative temperature gradient bubble bath device and bubble bath method

Info

Publication number: CN110558881A
Application number: CN201910670919.4A
Authority: CN
Inventors: 沈强
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-24
Filing date: 2019-07-24
Publication date: 2019-12-13

Abstract

The invention provides a negative temperature gradient bubble bath device and a bubble bath method. The bubble bath method is based on the internal organ suitable temperature concept of the healthy people in traditional Chinese medicine and refers to the modern empirical bubble bath temperature value, and a negative temperature gradient temperature distribution bubble bath method is originally provided. The bath according to the temperature distribution can improve the health care and health preserving effect of the bath, expand the indication of bath therapy and reduce the side effect of the bath.

Description

Negative temperature gradient bubble bath device and bubble bath method

Technical Field

The invention relates to the field of health care, in particular to a negative temperature gradient bubble bath device and a bubble bath method.

Background

At present, people generally use air conditioners in summer, a 'cold' living environment is created artificially, hands and feet are cold in one day, and people like refrigerator food cold drinks and the like are favored to eat, so that the so-called 'body cold' is easily caused. The cold is the cause of many diseases such as dysmenorrhea, obesity and even cancer of women. Aiming at the body cold, a bathing method is adopted, so that the body is fully soaked in hot water, the body temperature rises along with the body cold, the blood circulation is promoted, and the obvious effect of eliminating the body cold and preventing diseases is achieved.

The temperature and time of the bath are difficult to master, the temperature is high, the patient with heart disease and hypertension can not eat the bath, the bath effect can not be achieved, the time is good, and the bath time and temperature are determined according to experimental experience at present. Usually a range, for example, experts say that the bath water temperature is optimally 38-40 ℃; experts also say that 37 ℃ which is suitable for the temperature of the human body is the best choice, and the fatigue of the human body is accelerated by overheating water; as indicated by hydrotherapeutics, water at 36 ℃ has a tightening effect on the skin, while water at 38 ℃ is beneficial for weight loss. Taken together, the regimen recommends that the optimal temperature for foot bathing be 42 degrees, 38 ℃ to 40 ℃ be the optimal temperature for bathing, and the optimal temperature for the head be 36.4 degrees. Different people can have different choices, and people like high temperature and can soak in water at 45 ℃. In this way, the difference between personal preferences, physical conditions and the optimal temperature of each part of the human body makes the current bath temperature mode not compatible and the proper bath duration time cannot be determined. It is therefore necessary to determine the duration and temperature of the bath according to medical principles, changing the current situation which is now left alone by means of a series of empirical values. The traditional Chinese medicine theory is the domestic theory on which the bath health care and the bath treatment are based and has good effects, so the selection of the bath time and the bath temperature should be based on the traditional Chinese medicine theory.

Duration of the soaking bath

The concept of qi circulation in the book of TCM theory (Si Sheng Xin Yu) written by Huang Yuan Ming Dynasty, the Qing Dynasty, the famous physicians, indicates that qi and blood of a human body travel along the meridians for 50 weeks. The time for qi and blood circulating through the meridians for one week is 28.8 minutes. The bathing time should be 30 minutes to make the bathing energy promote the qi and blood of the human body to run for a week along the meridians of the whole body. The 30 minutes is the time for retaining the needle in acupuncture and moxibustion, and the cupping retention adopts the same principle.

Temperature determination of a bathing bath

human life is accompanied by heat expression, the essence of all unhealthy states is heat loss or deficiency, such as cancer, modern medicine proves that cancer cells are more intolerant to heat than normal cells, the whole body is heated to 43 ℃ by bubble bath therapy in foreign countries to kill the cancer cells, and other chronic diseases such as rheumatism, cold and various chronic diseases can be heated by the bubble bath therapy, and energy is directly injected into the body in a hot mode to help the body to achieve a healthy state. However, various existing bathing methods have various contraindications and disadvantages, and water with high temperature during bathing has small specific gravity, naturally floats upwards and is distributed on the upper layer to form temperature distribution with hot top and cold bottom, namely positive temperature gradient distribution, which is just opposite to the ideal temperature distribution state of the body.

At present, the temperature of the upper half body of a common person is higher, about 37 ℃, and the temperature of the lower half body is lower, about only 30 ℃, which is opposite to the 'head cold and foot heat' advocated by the traditional Chinese medicine and is a sub-health state of the traditional Chinese medicine. Although the single-temperature bathing method and the single-temperature foot warming method can also accelerate the blood circulation of the whole body and improve the physical conditions of cold, cool, stasis, upper heat and lower cold, the physical conditions, habits and diseases bring a lot of uncertain factors for selecting the water temperature, and once the water temperature is not appropriate, the patient feels uncomfortable, and if the water temperature is not appropriate, the patient feels serious, and the life is concerned. To achieve the ideal bathing effect, the positive gradient distribution of the water temperature must be changed into the negative gradient distribution corresponding to the healthy body to really and powerfully promote the body to be converted into the healthy state, and the defects of the single-temperature bathing method can be avoided, especially the unsafe factors of the patient during bathing.

The theory of traditional Chinese medicine considers that kidneys belong to water, hearts belong to fire, water can transpire only when the water is heated, the water becomes energy for pushing the heart, namely the human body engine to run, the engine cannot be damaged when water cooling is needed, and the fire cannot be out of control only when the water is needed to be adjusted, so that the kidneys belong to warm water, the hearts belong to cool water, and the heat of the heads and the feet can be simply expressed. The head cold and foot heat is an ideal body state advocated by traditional Chinese medicine, and is one of the standards for judging whether a person is healthy or not by traditional Chinese medicine. The reason that feet can be scalded to strengthen the kidney by the introduction of the health care method is that the feet can be scalded to strengthen the heart by winter swimming. If the patient is reversed, the patient with bad kidney can be hurt by winter swimming or the patient with bad heart can be hurt by hot water, which can damage health or even endanger life. Therefore, the bath which does not conform to the negative temperature gradient is possibly harmful to health, and the effects of foot scalding, bath and winter swimming can be achieved only by using the bath mode with the negative temperature gradient, so that the body is directly promoted by physical energy, and the sick or sub-healthy body state is twisted.

In ancient times, no quantitative measurement method is available for the temperature, so that the temperature distribution of head cold and foot heat is not recorded with specific temperature values, and therefore, the temperature value of the bath is determined according to the traditional Chinese medicine theory, and modern empirical data are required to be combined with the traditional Chinese medicine theory to make a trade-off. According to the optimal bath temperature data provided by the experts, an optimal temperature distribution of 42 ℃ at the foot, 36.4 ℃ at the head and 38 ℃ to 40 ℃ at the middle part can be obtained, which is also a temperature distribution mode which is obtained by modern experience and accords with a cold-head and foot-heat mode, and is called as a negative temperature gradient distribution because the distribution is opposite to a cold-hot distribution mode on the basis of the natural characteristics of water.

The human body thermal operation mode of the traditional Chinese medicine is started by a kidney, the starting point is the sole of the foot, the sole is retracted after the sole is lifted to the top of the head, the rising process is the cooling process, and the falling process is the heating process, so the temperature distribution of the human body from head to foot is a negative gradient, the gradient is maintained only by the realization of a healthy body, and the distribution is destroyed when the human body is in a sub-healthy state. The reason is that the body has no ability or energy is maintained, so the health care and rehabilitation action mechanism of the bubble bath is to supplement the direct external heat energy to the human body to help the human body to realize the distribution, and because the bubble bath does not have the corresponding gradient with the human body, a method for scalding feet and carrying out the sectional time division of the bubble bath is provided, the separation method is naturally difficult to generate direct driving force like a negative temperature gradient bubble bath method, and only can play a limited role locally.

Disclosure of Invention

The invention provides a negative temperature gradient bubble bath device and a bubble bath method for solving the problems in the prior art, which have the advantages that stagnation caused by insufficient energy and low-temperature formed stagnation in the human body are promoted from the outside, so that the human body can quickly recover healthy operation, the self-healing capability of the human body is improved, and diseases are eliminated.

The invention provides a negative temperature gradient bubble bath device which comprises a sitting bath and a water circulation heat exchanger which are connected through a plurality of channels, wherein the channels are distributed from top to bottom, the temperature of water passing through the channels is gradually increased from top to bottom, the most central channel is a water outlet of the sitting bath, and the rest channels are water inlets of the sitting bath.

The improved hip bath tub has side wall connected successively to the water circulating heat exchanger via the low temperature water inlet, the middle temperature water outlet and the high temperature water inlet.

The improved structure is characterized in that the low-temperature water inlet corresponds to the chest part of a human body in the hip bath tub, the medium-temperature water outlet corresponds to the umbilical part of the human body in the hip bath tub, and the high-temperature water inlet corresponds to the feet part of the human body in the hip bath tub.

Further improved, a heating device is arranged at the middle temperature water outlet, and the water temperature at the height of the umbilical part is adjusted to enable the gradient to integrally move so as to adapt to different conditions of bathers.

Further improved, a spraying device is arranged above the hip bath cylinder.

The invention also provides a negative temperature gradient bathing method, wherein a plurality of channels connected with the water circulation heat exchanger are arranged on the side wall of the hip bath, the water circulation heat exchanger sucks water in the hip bath through the central channel by using a water pump, divides the water into a plurality of paths and outputs the paths back to the hip bath, the output water temperature from the central channel to each layer is reduced, the output water temperature from the central channel to each layer is increased, the high-temperature water at the bottom in the hip bath naturally rises due to lower specific gravity, and the low-temperature water at the upper part naturally falls to generate convection, and the high-temperature water and the low-temperature water are automatically mixed to form uniform negative temperature gradient temperature distribution.

The improved bathtub is characterized in that holes are respectively formed in the hip bathtub corresponding to the height of the umbilical part, the chest and the feet of a human body, the lead pipe at the height of the umbilical part is pumped by a water pump from the water pump to enter a water circulation heat exchanger, the water circulation heat exchanger divides the inlet water into two paths to output, the water temperature is respectively increased and decreased by 2-3 ℃ compared with the inlet water, the high-temperature water at the feet in the bathtub naturally rises due to low specific gravity, the low-temperature water at the upper part naturally falls to generate convection, and the high-temperature water and the low-temperature water are.

Further improved, a spraying device is arranged above the hip bath cylinder, and the spraying water temperature of the spraying device is 1-2 ℃ lower than that of the upper part of the hip bath cylinder.

Further improved, the water temperature at the height of the umbilicus is 40 ℃, the water temperature of the chest is 37-38 ℃, the water temperature of the feet is 42-43 ℃, and the water temperature of the shower head is 36 ℃.

Further improved, a water heater is arranged at a warm water outlet in the abdomen part to supplement heat loss and serve as water temperature for adjusting the height of the umbilical part to enable the gradient to integrally move so as to adapt to different conditions of bathers.

The invention has the beneficial effects that:

The negative temperature gradient bubble bath method corresponds to the rule of running of yin and yang energy of human body found by elders of traditional Chinese medicine, and can promote stagnation caused by insufficient energy and low temperature formation in human body from outside to quickly recover healthy running of human body, increase self-healing capability of human body, eliminate diseases and eliminate adverse reactions. People can easily acquire health in 30 minutes, and the life is prolonged.

Drawings

FIG. 1 is a schematic diagram of an ideal temperature gradient of a hip bath of a human body.

FIG. 2 is a schematic view of the negative temperature gradient bubble bath apparatus.

Detailed Description

The invention will be further explained with reference to the drawings.

The invention provides a negative temperature gradient bubble bath device, which is structurally shown in figure 2 and comprises a sitting bathtub 1 and a water circulation heat exchanger 2, wherein the side wall of the sitting bathtub is connected with the water circulation heat exchanger 2 sequentially through a low-temperature water inlet 3, a medium-temperature water outlet 4 and a high-temperature water inlet 5 from top to bottom. The low-temperature water inlet corresponds to the chest part of a human body in the hip bath jar, the medium-temperature water outlet corresponds to the umbilical part of the human body in the hip bath jar, and the high-temperature water inlet corresponds to the feet part of the human body in the hip bath jar. The medium temperature water outlet is provided with a heating device, and the water temperature of the height of the umbilical part is adjusted to enable the gradient to integrally move so as to adapt to different conditions of bathers. A spraying device 6 is arranged above the sitting bathtub.

The invention also provides a negative temperature gradient bathing method, wherein holes are respectively arranged on the hip bath tub corresponding to the height of the umbilical part, the chest and the feet of the human body, the lead pipe at the height of the umbilical part is pumped by a water pump from the height of the umbilical part to enter a water circulation heat exchanger, the water circulation heat exchanger divides the inlet water into two paths for output, the water temperature is respectively increased and reduced by 2-3 ℃ compared with the inlet water, the high-temperature water at the feet in the bath tub naturally rises due to lower specific gravity, meanwhile, the low-temperature water at the upper part naturally falls to generate convection, and the two paths are automatically mixed to form uniform negative. A spraying device is arranged above the hip bath cylinder, and the spraying water temperature of the spraying device is 1-2 ℃ lower than that of the upper part of the hip bath cylinder.

The ideal temperature gradient of human hip bath is shown in figure 1, and according to the temperature gradient, the water temperature at the height of the umbilical region is set to be 40 ℃, the water temperature of the chest is set to be 37-38 ℃, the water temperature of the feet is set to be 42-43 ℃, and the water temperature of the shower head is set to be 36 ℃. A water heater is arranged at the warm water outlet in the abdomen part to supplement heat loss and is used for adjusting the water temperature of the height of the umbilical part to enable the gradient to integrally move so as to adapt to different conditions of bathers.

While the invention has been described in terms of its preferred embodiments, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

Claims

1. A negative temperature gradient bubble bath device is characterized in that: the device comprises a sitting bathtub and a water circulation heat exchanger which are connected through a plurality of channels, wherein the channels are distributed from top to bottom, the temperature of water passing through the channels is gradually increased from top to bottom, the most central channel is a water outlet of the sitting bathtub, and the rest channels are water inlets of the sitting bathtub.

2. The negative temperature gradient bubble bath apparatus of claim 1, wherein: the side wall of the hip bath tub is connected with the water circulation heat exchanger sequentially through the low-temperature water inlet, the medium-temperature water outlet and the high-temperature water inlet from top to bottom.

3. The negative temperature gradient bubble bath apparatus of claim 2, wherein: the low-temperature water inlet corresponds to the chest part of a human body in the hip bath jar, the medium-temperature water outlet corresponds to the umbilical part of the human body in the hip bath jar, and the high-temperature water inlet corresponds to the feet part of the human body in the hip bath jar.

4. The negative temperature gradient bubble bath apparatus of claim 2, wherein: the medium temperature water outlet is provided with a heating device, and the water temperature of the height of the umbilical part is adjusted to enable the gradient to integrally move so as to adapt to different conditions of bathers.

5. The negative temperature gradient bubble bath apparatus of claim 1 or 2, wherein: and a spraying device is arranged above the hip bath cylinder.

6. A negative temperature gradient bubble bath method is characterized in that: the side wall of the sitting bathtub is provided with a plurality of channels connected with a water circulation heat exchanger, the water circulation heat exchanger uses a water pump to suck water in the sitting bathtub through a central channel and then divides the water into a plurality of paths to be output back to the sitting bathtub, the output water temperature from the central channel to each layer is reduced, the output water temperature from the central channel to each layer is increased, the high-temperature water at the bottom in the sitting bathtub naturally rises due to lower specific gravity, the low-temperature water at the upper part naturally falls to generate convection, and the high-temperature water and the low-temperature water are automatically mixed to form uniform negative temperature gradient temperature distribution.

7. The negative temperature gradient bubble bath method of claim 6, wherein: the water temperature of feet and chest is respectively raised and lowered by 2-3 ℃ than that of water, the high-temperature water of feet in the bathtub naturally rises due to lower specific gravity, and the low-temperature water at the upper part naturally falls to generate convection, and the high-temperature water and the low-temperature water are automatically mixed to form uniform negative temperature gradient temperature distribution.

8. The negative temperature gradient bubble bath method of claim 7, wherein: a spraying device is arranged above the hip bath cylinder, and the spraying water temperature of the spraying device is 1-2 ℃ lower than that of the upper part of the hip bath cylinder.

9. The negative temperature gradient bubble bath method of claim 8, wherein: the water temperature at the height of the umbilicus is 40 ℃, the water temperature of the chest is 37-38 ℃, the water temperature of the feet is 42-43 ℃, and the water temperature of the shower head is 36 ℃.

10. The negative temperature gradient bubble bath method of claim 7, wherein: a water heater is arranged at the warm water outlet in the abdomen part to supplement heat loss and is used for adjusting the water temperature of the height of the umbilical part to enable the gradient to integrally move so as to adapt to different conditions of bathers.